|
StrongARM Products
SA-1100 Microprocessor
Information Sheet
|
|
A StrongARM microprocessor, the SA-1100 features a highly integrated single-chip design. The SA-1100 microprocessor delivers a combination of high performance and low power that can be useful for emerging portable applications.
Manufacturers need processors that deliver increased performance while
meeting the rigid power consumption and footprint requirements of battery-powered devices.
To be competitive, OEMs also need the flexibility to choose a software platform that makes
good business sense for their applications.
Advanced,
cost-efficient design
The SA-1100 is a 32-bit RISC microprocessor,
based on the sophisticated SA-1 core and integrates large on-chip caches, a
memory controller, flexible display controller and many types of serial channels. It
features fast clock speeds with low power consumption. Click here for information on clock speeds and order numbers. The SA-1100 microprocessor offers high performance for demanding applications, such as voice
recognition and soft-modems, without sacrificing battery life.
Performance that
keeps on delivering
The SA-1100 achieves
its performance through high clock speeds, and large on-chip caches, including a 16KB instruction cache (Icache), an 8KB
write-back data cache (Dcache) and a minicache that provides additional flexibility for
controlling data movement through the SA-1100. Integrated buffers, a DSP multiply unit, a
memory interface and other features further enhance overall system performance.
The SA-1100s
performance advantage allows portable devices to provide fast response, accurate
user interfaces and fast Java interpretation. The SA-1100 can emulate a v.34+ modem in software. Applications utilizing the SA-1100 can take advantage of technologies,
such as speech recognition, text-to-speech and soft-modem, with impressive
user-interface performance. With this improved user interface, consumers and mobile
professionals can work and communicate more productively through speech, handwriting, or
keyboard input. The high performance offered by the SA-1100 is also attractive for multimedia and graphics demanded by digital/analog I/O devices.
Other SA-1100
performance-focused features, including support for 4-Mbit-per-second IrDA and a USB
slave, provide cutting-edge interfaces for fast desktop synchronization.
Low power
consumption can extend battery life
Low operational power
consumption and multiple power-down modes enable the SA-1100 to deliver leadership
performance while prolonging battery life. The processors
power-down modes, idle and sleep, conserve power when user tasks are not activating the system. In idle mode, clocks to the CPU are static while
clocks to the peripheral functions are active. In sleep mode, all functions are disabled
except a small amount of system logic, including the realtime clock. This feature allows
an external or internal interrupt to bring the device out of sleep.
High integration for
design flexibility, reduced cost
The integrated
features offered by the SA-1100 support diverse and demanding functions. The memory
controller, which offers one- or two-slot support, provides design flexibility through
configuration of DRAM, SRAM Flash or ROM memories. The flexible display controller
provides high-quality image display, supporting a maximum of 1024 x 1024 resolution. The
six serial and general purpose I/O interfaces provide system integration and communication
with the external world. The SA-1100 also incorporates an LCD controller plus all required
timer and system functions. The SA-1100 offers all of these features in a single-chip
design that supports inexpensive packaging.
Rich software
environment speeds time-to market
Complementing the
SA-1100s advanced capabilities is a powerful and comprehensive software environment.
In addition to a large library of ARM*-compatible applications and tools, developers of
SA-1100-based products have access to a rich set of operating systems and tool chains that
support StrongARM microprocessors. These resources provide manufacturers with the widest
range of applications, operating systems and tool chains available for any embedded
processor.
Developers can use
these resources, which include realtime and interactive development systems, to build
libraries of new feature-rich applications for StrongARM-based products, quickly.
Ultimately, this comprehensive suite of software gives manufacturers a time-to-market
advantage in delivering high-performance products that can satisfy emerging market needs.
Operating System |
Tool Chain |
Windows* CE |
Visual C/C++* |
OS9* |
FasTrac* |
Java* OS |
JDK*, JavaWorks* |
VxWorks* |
Tornado* |
Inferno* |
Inferno* Toolkit |
Sokoto* |
Multiple sources |
Epoc32* |
GNU |
C-Exec* |
Multiple Sources |
Design and
development tools
Manufacturers can use the SA-1100 hardware developers kit and evaluation
platform as a hardware reference design and as a tool for
developing and testing software. The evaluation platform provides a wide variety of design
and development features, including the SA-1100 processor, on-board memory, LCD touch
screen, keyboard, telecom/audio/microphone/speaker, PCMCIA connector, serial I/O and logic
analyzer connectors. Designers can easily extract portions of the board and accompanying
SA-1100 schematics to expedite product design.
SA-1100
Microprocessor Characteristics
Clock |
133 MHz |
190 MHz |
Performance |
150 Dhrystone 2.1 MIPS |
220 Dhrystone 2.1 MIPS |
Core Power Supply |
Vss = 0.0 V dc Vdd = 1.5 V dc = 5% |
Vss = 0.0 V dc Vdd = 1.5 V dc = 5% |
I/O Power Supply |
Vssx = 0.0 V dc Vddx = 3.3 V dc = 10% |
Vssx = 0.0 V dc Vddx = 3.3 V dc = 10% |
Typical Power Dissipation |
Normal mode = <230mW Idle mode = <50 mW Sleep mode = <50 uA |
Normal mode = <330 mW Idle mode = <65 mW Sleep mode = <50 uA |
Ambient Operating Temperature |
Standard = 0ºC (320&186;F) min 70ºC (158&186;F) max Extended = -20ºC (-4&186;F) min 70ºC (158&186;F) max |
Standard = 0ºC (320&186;F) min 70ºC (158&186;F) max Extended = -20ºC (-4&186;F) min 70ºC (158&186;F) max |
Storage Temperature |
-40ºC to + 125&186;C (-40ºF to + 257&186;F) |
-40ºC to + 125&186;C (-40ºF to + 257&186;F) |
Packaging |
208-pin LQFP 256 mBGA |
208-pin LQFP 256 mBGA |
Process Technology |
.35 um, 3-layer metal |
.35 um, 3-layer metal |
Transistor Count |
2.5 million |
2.5 million |
Order Number |
DE-S1100-AA (LQFP) DE-S1100-AB (mBGA) |
DE-S1100-EA (LQFP) DE-S1100-EB (mBGA) |
Clock |
160 MHz |
220 MHz |
Performance |
180 Dhrystone 2.1 MIPS |
250 Dhrystone 2.1 MIPS |
Core Power Supply |
Vss = 0.0 V dc Vdd = 2.0 V dc = 5% |
Vss = 0.0 V dc Vdd = 2.0 V dc = 5% |
I/O Power Supply |
Vssx = 0.0 V dc Vddx = 3.3 V dc = 10% |
Vss = 0.0 V dc Vdd = 3.3 V dc = 10% |
Typical Power Dissipation |
<430 mW |
<550 mW |
Ambient operating temperature |
Standard = 0ºC (320&186;F) min 70ºC (158&186;F) max Extended = -20ºC (-4&186;F) min 70ºC (158&186;F) max |
Standard = 0ºC (320&186;F) min 70ºC (158&186;F) max Extended = -20ºC (-4&186;F) min 70ºC (158&186;F) max |
Storage temperature |
-40ºC to + 125&186;C (-40ºF to + 257&186;F) |
-40ºC to + 125&186;C (-40ºF to + 257&186;F) |
Packaging |
208-pin LQFP 256 mBGA |
208-pin LQFP 256 mBGA |
Process technology |
.35 um, 3-layer metal |
.35 um, 3-layer metal |
Transistor Count |
2.5 million |
2.5 million |
Order number |
DE-S1100-CA (LQFP) DE-S1100-CB (mBGA) |
DE-S1100-DA (LQFP) DE-S1100-DB (mBGA) |
Ordering Information
SA-1100 Microprocessor
Speed |
Package |
Part Number |
133 MHz |
LQFP |
DE-S1100-AA |
133 MHz |
MBGA |
DE-S1100-AB |
160 MHz |
LQFP |
DE-S1100-CA |
160 MHz |
MBGA |
DE-S1100-CB |
190 MHz |
LQFP |
DE-S1100-EA |
190 MHz |
MBGA |
DE-S1100-EB |
220 MHz |
LQFP |
DE-S1100-DA |
220 MHz |
MBGA |
DE-S1100-DB |
|
To Order Now:
For Additional
Information:
|